Identify the 4 steps of gluconeoegenesis that are different from glycoslysis. Write the reactants, enzymes, cofactors/coenzymes and products involved in the gluconeogenesis pathway. GLUCONEOGENESIS Reactant Enzymes Coenzyme/ Product Cofactor
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- Define the following terms:a. glycolysisb. pentose phosphate pathwayc. gluconeogenesisd. glycogenolysise. glycogenesis. Name the three unique reactions in gluconeogenesis.Identify the 4 steps of gluconeogenesis that are different from glycolysis. Write the reactants, enzymes, cofactors/coenzymes and products involved in the gluconeogenesis pathway.
- Relate the names and function and functions of the following glycolytic enzymes to steps in the process of glycolysis 1. Phosphofructokinase 2. Phosphoglyceromutase 3. Triosephosphate isomerase 4. Enolase 5. HexokinaseWhich steps of glycolysis are irreversible? What bearing does this observation have on the reactions in which gluconeogenesis differs from glycolysis?How many steps in gluconeogenesis are not the exact reversal of the steps in glycolysis? What kind of conversion of substrate to product does each involve? What is the common theme in each of these reactions?
- Why is it important that gluconeogenesis is not the exactreverse of glycolysis?What glycolytic intermediate is fructose converted to in the liver, such that it can be utilized in glycolysis? Glyceraldehyde 3-phosphate Glucose 6-phosphate Fructose 6-phosphate Fructose 1-phosphatewhat is one physiological consequence that might occur if gluconeogenesis was the exact opposite of glycolysis? please help
- What activates glycolysis and inhibits gluconeogenesis? Discuss.What is glycogenolysis? What are the different enzymes involved and the specific catalysis reactions in glycogenolysis? What are the important products in glycogenolysis? please answer allWhich of the following statements concerning gluconeogenesis is NOT true? a. Gluconeogenesis is to make glucose from glycogen. b. Many of the reactions of gluconeogenesis are glycolytic reactions going in reverse. c. The process of gluconeogenesis consumes ATP. d. The process of gluconeogenesis is regulated by ATP. e. Gluconeogenesis maintains the blood glucose level long after all dietary glucose has been absorbed and oxidized.